Abstract
ABSTRACTHere, we report the draft genome sequences of two nitrogen-fixing symbionts, Bradyrhizobium sp. strain sGM-13 and Bradyrhizobium sp. strain sBnM-33, isolated from root nodules of peanut grown on soil samples collected from two regions in South Tunisia. The draft genome sizes of these two strains are 8.31 × 106 bp and 8.97 × 106 bp, respectively.
Highlights
Nitrogen-fixing bacteria called rhizobia are known for their ability to form symbioses with a wide range of legumes and convert atmospheric nitrogen into a form that can be assimilated by plants [1]
NZ_LLYA00000000.1) and 89.53% with respect to each other. These values are well below the generally accepted species threshold of 95%, and they appear to belong to two distinct species [15, 16]. These two strains found in the arid soils of southern Tunisia present promising raw materials for the development of bacterial inoculum to improve peanut cultivation in the southern Mediterranean region
ACKNOWLEDGMENTS This work was financed by the Partenariat Hubert Curien UTIQUE project 17G0918, a mobility grant (Bourse d’Alternance) from the University of Gabès, and a doctoral partner scholarship from the French Ministry of Foreign Affairs
Summary
Nitrogen-fixing bacteria called rhizobia are known for their ability to form symbioses with a wide range of legumes and convert atmospheric nitrogen into a form that can be assimilated by plants [1]. No of reads No of contigs .200 bp No of genes Draft genome length (bp) N50 (bp) G1C content (%) Coverage (Â) BioSample accession no. 4,549,384 574 7,906 8,309,700 247,668 62 129 SAMN18828746 SRR14380225 JAGWDK000000000
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